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用于粒子光谱学和操控的双色、频率、脉冲持续时间及形状灵活的激光系统。

Dual color, frequency, pulse duration and shape agile laser system for particle spectroscopy and manipulation.

作者信息

Bak Junhwi, Randolph Robert, Gerakis Alexandros

出版信息

Opt Express. 2022 Nov 7;30(23):41709-41723. doi: 10.1364/OE.470764.

Abstract

A dual color, frequency and pulse duration agile laser system, capable of delivering laser pulses in arbitrary temporal profiles with ∼1 ns to ∼1 µs pulse duration, chirping rates of ∼27 MHz/ns with an achievable chirping range of several GHz across the pulse duration, and with energies ranging from a few nJ to hundreds of mJ per pulse has been developed. The flexibility and capability of this laser system provide a wide range of laser parameters that can be exploited to optimize operational conditions in various experiments ranging from laser diagnostics to spectroscopy and optical manipulation of matter. The developed system is successfully demonstrated to obtain coherent Rayleigh-Brillouin scattering (CRBS) in both single and dual color configuration, in an effort to expand the non-intrusive accessibility towards lower pressure regime for neutral gas and plasma diagnostics.

摘要

已开发出一种双色、频率和脉冲持续时间灵活的激光系统,该系统能够以约1 ns至约1 µs的脉冲持续时间、约27 MHz/ns的啁啾率(在整个脉冲持续时间内可实现数GHz的啁啾范围)以及每个脉冲几nJ至数百mJ的能量,输出具有任意时间轮廓的激光脉冲。该激光系统的灵活性和能力提供了广泛的激光参数,可用于优化从激光诊断到光谱学以及物质光学操纵等各种实验的操作条件。所开发的系统已成功演示了在单双色配置下获得相干瑞利-布里渊散射(CRBS),以努力扩大对中性气体和等离子体诊断中低压区域的非侵入式可达性。

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